Metamorphic combines expertise in Design for Additive Manufacturing, computational design and simulation. We design and develop components or entire integrated assemblies that leverage the unique opportunities that Additive Manufacturing has to offer.

Materiome offers design engineering solutions for products or components made exclusively with Additive Manufacturing. Using computational design, we generate structures of immense complexity, so that businesses can truly benefit from the design freedom that AM has to offer.

• Provided consultancy services in additive manufacturing.• Parametric modelling of highly complex sculptural structures using Grasshopper for Rhino.• Produced a number of lighting simulations and projection video art using Processing programming language (Javascript).• Advanced mechatronics experience through constructing a large format pen plotter.• Generated parametric machine code for ‘Boom’ (Lace Unravelled/Nottingham City Museums & Galleries - 2018). ‘Boom’ visually… Show more • Provided consultancy services in additive manufacturing.• Parametric modelling of highly complex sculptural structures using Grasshopper for Rhino.• Produced a number of lighting simulations and projection video art using Processing programming language (Javascript).• Advanced mechatronics experience through constructing a large format pen plotter.• Generated parametric machine code for ‘Boom’ (Lace Unravelled/Nottingham City Museums & Galleries - 2018). ‘Boom’ visually expresses the rise and fall of the lace factories in Nottinghamshire between 1780 and 1960 through the use of a pen plotter. Show less

Study of the mechanical behaviour of human foot skin to inform and inspire the design of 3D printed shoes. The project attempts to answer the question: “How would we design and manufacture footwear for the first time if we used the materials and technologies that are available today?”.• Experience of working in a multi-disciplinary team.• Generated a series of footwear prototypes using parametric modelling software (Grasshopper for Rhino).• Provided expert technical direction in… Show more Study of the mechanical behaviour of human foot skin to inform and inspire the design of 3D printed shoes. The project attempts to answer the question: “How would we design and manufacture footwear for the first time if we used the materials and technologies that are available today?”.• Experience of working in a multi-disciplinary team.• Generated a series of footwear prototypes using parametric modelling software (Grasshopper for Rhino).• Provided expert technical direction in selecting suitable materials and manufacturing processes. Exhibitions:- MV Works, Somerset House (2016)- Growing a Mars Boot, Items: Is Fashion Modern?, Museum of Modern Art – New York (2017)- Beazley Designs of the Year 2018, Design Museum - London Show less

"Incorporating self-assembly in robocasting for applications in synthetic hard tissue implants"The aim of this research is to minimise the detrimental effect of porosity on the mechanical properties of bio-ceramic scaffolds. To this end, robocasting has been combined with conventional material processing techniques to create bio-inspired composites that are structured at multiple scales. Supervisors: Prof. Philip Breedon, Dr. David Fairhurst, Dr. Rupert Soar• Expertise… Show more "Incorporating self-assembly in robocasting for applications in synthetic hard tissue implants"The aim of this research is to minimise the detrimental effect of porosity on the mechanical properties of bio-ceramic scaffolds. To this end, robocasting has been combined with conventional material processing techniques to create bio-inspired composites that are structured at multiple scales. Supervisors: Prof. Philip Breedon, Dr. David Fairhurst, Dr. Rupert Soar• Expertise in Additive Manufacturing of ceramic materials.• Proficiency in fluid dispensing systems and ink rheology.• Ability to conceptualise novel manufacturing processes for medical devices.• Experience in identifying, designing and fabricating appropriate experimental procedures in the early stages of product development.• Competence in experimental data collection and analysis, identifying connections between multiple design parameters and critically evaluating research outcomes.• Ability to meet tight deadlines through effective planning and deliver research outcomes on a limited budget.• Adept in communicating complex technical subjects to both specialist and general audiences using various visual methods.• Skilled in preparing concise documents with well-constructed, logical arguments including detailed design reports and product specifications.• Mentored a number of students in medical-related research projects.• Actively contributed to ideation sessions and meetings with industrial and academic partners. Show less

• In-depth knowledge of thermoplastic materials for AM applications.• Gained hands-on experience in High Speed Sintering through extensive experimentation with materials and processes.• Designed, performed and analysed experiments for process control and optimisation. • Experienced user of Materialise software for build preparation.• Adept in STL (polygon mesh) repair.• Expertise in powder-based Additive Manufacturing techniques, including powder handling and part… Show more • In-depth knowledge of thermoplastic materials for AM applications.• Gained hands-on experience in High Speed Sintering through extensive experimentation with materials and processes.• Designed, performed and analysed experiments for process control and optimisation. • Experienced user of Materialise software for build preparation.• Adept in STL (polygon mesh) repair.• Expertise in powder-based Additive Manufacturing techniques, including powder handling and part post-processing.• Advanced knowledge of inkjet-based AM systems. • Worked closely with academic partners in designing for metrology in an AM context. • Provided consultancy services to end-users interested in adopting High Speed Sintering for production and prototyping purposes.• Liaised with AM software companies to develop solutions specifically tailored for HSS. • Produced and conducted Voice-of-Costumer interviews and surveys that provided valuable understanding of the industrial AM landscape. • Designed the 3D Centre's personalised giveaway part for industrial partners and stakeholders, as part of Xaar's marketing strategy. Show less

National Service - Artillery Brigade

Apprenticeship in F-16 part inspection/stripping and electroplating.